Abstract
A challenge to the steady operation of the system as well as the design, operation, and maintenance of wind power is posed by the wind power industry's rapid development and the rate at which wind power is incorporated into the power system. This work creates high-quality simulation software for wind power to address the complicated modeling requirements brought on by significant wind power penetration. The software implements the functions of fine modeling, offline simulation, real-time simulation, and data analysis and uses Python, Shell, and C++ language programming as its primary programming languages. Additionally, to confirm the software's functionality, this study employs OpenFAST single-unit and three-unit wind field samples. The reality demonstrates how easily real-time simulation software can be implemented and how well it does so. Software also has a cheap time and economic cost, and its application value is considerable.
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